As shown is a cylinder (r=0.8 m,) that is hinged at O. Compute the FR and ϴx. Analyze 1 m length. Use yw = 9.81 kn/m3 . Use 2 decimal places in every solved value, however use the whole value for the computation of volume.

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Q: y B JA 12 in. 4.90 in 6.93 in. 8.49 in. 9.80 in. 10.95 in. 12.00 in.

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Q: tiple Choice = √85(1-5), 0≤S ≤ 0.235 and 0.765 ≤S ≤1 = √√S(1+5), 0≤S ≤ 0.235 and 0.550 ≤S ≤ 0.650 =…

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Q: As shown is a cylinder (?=0.8 m,) that is hinged at O. Compute the FR and ϴx. Analyze 1 m length.…

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Q: Determine the xbar in meters centroid of the figure shown. Vhere r2=9 m and r1=3 m

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Q: * (2 x 10*)cm"1 sec=| [(D³)cm²/(36)][e³/(1 + e)] 555 D°[e³/(1 + e)] Kinse(cm/sec)

A: D10 = 0.15 mm  D15 = 0.19 mm khydcmsec ≈ 555D2e31+e

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Q: Determine the ybar in meters centroid of the figure shown. Where r2=9 m and r1=5 m 12

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Q: Find the value of the diameter at point B. d, - 150 mm V,- 1.5 m/s B d, ? V, - 2.5 m/s

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Q: The

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Q: For the manometer shown: . A. Determine the pressure difference between m and n B. Develop the…

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Q: Determine the ybar in meters centroid of the figure shown. Where r2=9 m and r1=3 m

A: We knowArea of semi-circle=πr22y¯=4r3π

Pressure and Stress